4. An insulating spherical shell of radius inner radius A and outer radius B, has a non- uniform charge density given by p(r)= ar³ where a is a constant. Concentric with this spherical shell is an insulating spherical shell with inner radius B, outer radius C, and a uniform charge density such that the electric field strength is zero for r > c. a. What is the total charge on the inner spherical shell? b. What is the charge density in the outer spherical shell? c. What is the electric field everywhere (r
4. An insulating spherical shell of radius inner radius A and outer radius B, has a non- uniform charge density given by p(r)= ar³ where a is a constant. Concentric with this spherical shell is an insulating spherical shell with inner radius B, outer radius C, and a uniform charge density such that the electric field strength is zero for r > c. a. What is the total charge on the inner spherical shell? b. What is the charge density in the outer spherical shell? c. What is the electric field everywhere (r
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Transcribed Image Text:The Oscilloscope
4. An insulating spherical shell of radius inner radius A and outer radius B, has a non-
uniform charge density given by p(r)= ar³ where a is a constant. Concentric with
this spherical shell is an insulating spherical shell with inner radius B, outer radius
C, and a uniform charge density such that the electric field strength is zero for r > c.
a. What is the total charge on the inner spherical shell?
b.
What is the charge density in the outer spherical shell?
c. What is the electric field everywhere (r < A, A <r< B, and B <r<C?
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